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Multistatic bottom reverberation in shallow water

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Abstract
A wavenumber integration approach to modeling of the full multistatic reverberant field produced by small-scale bottom roughness in stratified shallow water waveguides has been developed. A perturbation approach to rough elastic interface scattering has been combined with the OASES seismo-acoustic propagation model for stratified waveguides, yielding the capability of producing realizations and spatial statistics of bottom reverberation for multistatic sonar configurations in shallow water with a rough, stratified, elastic bottom. The formulation handles roughness with arbitrary anisotropic power spectra, and incorporates scattering into both the water column and the various seismic waves in the bottom.

URI
http://hdl.handle.net/20.500.12489/461

Report Number
CP-45

Source
In: High Frequency Seafloor Acoustics (SACLANTCEN Conference Proceedings CP-45), 1997, pp. 475-482

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Date
1997

Author(s)
Schmidt, Henrik
; 
Lee, Jaiyong
; 
Fan, Huaiyu
; 
LePage, Kevin D.

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CP-45_Schmidt_MultistaticBottomReverberation.pdf (2.678Mb)

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